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An Introduction to .NET Core Development on Openshift Introductions An introduction to .NET Core development on OpenShift Introductions Andrew Slice Bob Davis Senior Linux .NET Core Developer Senior Product Manager .NET Core PM, among other things [email protected] [email protected] @bobdavis A Hasty Overview What is OpenShift? A container orchestration platform built on Kubernetes. Allows for the collective management of containers. Enables automatic container build and deployment pipelines. Enables container health checks, resource quotas, and load balancing. Openshift clusters can exist locally, in the cloud, and extend across both. What is Dotnet? A cross-platform family of languages (C#, F#, VB) that share a common API. Has automatic memory management with garbage collection. Also allows for manual memory management (including things like function pointers) Can interface with “unmanaged code” (C, C++, assembly, etc.) Programs compile to a ‘common intermediate language’ This bytecode can then be run on a VM (like Java) or recompiled into a native application. Dotnet on Linux? Specifically, .NET Core and ASP.NET Core NOT .NET Framework Available as RPMs on RHEL, Centos, and Fedora. Containers available from the RedHat and Centos registries. Source Code is on Github. Mostly open source, growing more open with every release. Can build for other platforms (i.e. for Windows from Linux and vice versa) lldb and gdb can be used to debug dump files https://github.com/dotnet/coreclr/blob/master/Documentation/building/debugging-instructions.md Is it Mono? Is it Mono? No! Is it Mono? No! It’s a native build from the same source code used for the MS releases. Why .NET Core from Red Hat? ● We build .NET Core from source with our build system ● We test .NET Core on our supported platforms ● Our container images are always updated whenever there’s a CVE in any part of the container contents, as well as when there’s a CVE in .NET Core ● Fully supported on any Red Hat platform hosted on prem or on cloud, physical, virtual or container ● We follow fast behind the upstream: ○ New versions generally within 5 days (rpms and containers) ○ .NET Core CVEs usually available in rpms on same day, with updated containers available in under a week. ● Full support available throughout the lifecycle of the version. When we can’t identify the problem, we escalate to Microsoft for you. Where to get this all? To install .NET Core, you can either start by installing the content in RHEL or by downloading the appropriate container image from the Red Hat Container Catalog. RHEL 7: Containers: 1. Enable the dotnet repository 2. Install : $ su - # yum install rh-dotnet22 RHEL 8: 1. Install from Application Streams 2. sudo yum install dotnet-sdk-2.1 .NET Core Lifecycle Red Hat supports .NET Core on Red Hat platforms on the same schedule as Microsoft - ● LTS Releases: 3 years, or 1 year after the following LTS release ● Current Releases: 3 months after the general availability of a subsequent (Current or LTS) release Currently Supported Versions Version Support Level General Availability End of Life 1.0 Maintenance June 2016 June 27, 2019 1.1 Maintenance November 2016 June 27, 2019 2.1 LTS June 2018 At least three years from LTS declaration (August 21, 2018) 2.2 Current December 2018 3 months after a subsequent Current or LTS release .NET Core Development on Linux VS Code w/C# Plugin Eclipse w/ aCute Plugin Eclipse Che w/ .NET Stack VIM!!! Things to Consider ● Not all libraries are supported (for example, WinForms). This is improving. ● While new releases tend to have little to no delay, beta and preview releases are not synced. ● Some low level functions (usually related to file or shell access) may behave slightly differently between Windows and Linux. ● Microsoft’s .NET Core Debugger (vsdbg) is not open source. ○ There are some community alternatives out there though. Things to Consider ● Not all libraries are supported (for example, WinForms). This is improving. ● While new releases tend to have little to no delay, beta and preview releases are not synced. ● Some low level functions (usually related to file or shell access) may behave slightly differently between Windows and Linux. ● Microsoft’s .NET Core Debugger (vsdbg) is not open source. ○ There are some community alternatives out there though. Some are more helpful than others. .NET Core on Containers Why Containers? Isolation and Repeatability Scalability High Availability Layerability (not just for clothes anymore) Multiple version and platform support - ability Developing on Containers? Not all that different than normal development. Builds can either happen on a dev system or a build server. Builds can be triggered manually or automatically. Development Tip! Mount your local source drive into the build container. Keeps build artifacts and nuget packages on your local machine. Develop in a local IDE, with your own packages, tools, and configs. Repeatedly build/run in the same container. Build/Run environment is not affected by your toolset. [aslice@aslice example]$ podman run --rm -v=`pwd`:/opt/app-root/src -it dotnet/dotnet-21-rhel7 bash bash-4.2$ dotnet watch run watch : Polling file watcher is enabled watch : Started OpenShift Deploy Plugins Red Hat has created plugins to simplify development and deployment to OpenShift from popular IDEs and DevOps Toolchains: - Azure DevOps - VS Code - JetBrains IDEs (e.g. IntelliJ) - CodeReady Workspaces - Eclipse IDE Use It To: Enable simple deployment to OpenShift from IDEs and Toolchains What about OpenShift deployment? Container Development Kit (CDK) Download and run to setup a quick openshift cluster that runs in a VM. Ports automatically mapped for access to the browser interface, or just use the command line. OpenShift cluster is completely self contained. What about OpenShift deployment? Quick Deploy Templates ● Select a template, point it to a git repo, and the containers are created for you. ● Hooks can be used to automatically rebuild and redeploy on every git commit. ● Hooks can also be used to rebuild when the base Dotnet container updates (like for security fixes) ● Custom templates can be created to do things like deploy database containers alongside the build and runtime containers. ● Build on a full SDK container, and deploy on a minimalistic runtime container. What about OpenShift deployment? Quick Deploy Templates What about OpenShift deployment? Quick Deploy Templates What about OpenShift deployment? CodeReady Workspaces What about OpenShift deployment? OpenShift Online What about OpenShift deployment? OpenShift on AWS and Azure Roll out openshift nodes in the cloud. Nodes can form a cluster with local, on-premises nodes as well. Use the previously mentioned templates, or CodeReady Workspaces, with these cloud nodes as well. Or work with local containers and push them into the Openshift registry for deployment. Migrating from Windows Checking for Portability ● Microsoft has a portability checker plugin for visual studio. ○ https://docs.microsoft.com/en-us/dotnet/standard/analyzers/portability-analyzer ● It will attempt to offer recommendations for more platform generic libraries. First Steps Cross platform build targets let you use Linux for development, even if you deploy to Windows servers. It also lets you develop on Windows and deploy on Linux servers/containers. This allows for a slow transition. It also lets you keep a consistent development environment, even when developing for multiple platforms. First Steps First Steps Like MS SQL? It runs on Linux, and we have containers for it. We even have an article about it with a demo. An ASP.NET app container paired with an MS SQL container in a single deployment. Manage it with SQL Operations Studio Using containers on the CDK means no server installation. Database gets in a bad state during development? Throw the container away and deploy a new one. Try the demo https://developers.redhat.com/blog/2018/09/25/sql-server-on-openshift/ First Steps First Steps The Inevitable Question The Inevitable Question The Inevitable Question Yes you can. The Inevitable Question Yes you can. No, I won’t help you. .
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